@fdotinc
Instagram · Vlog
@fdotinc he’s building self driving submarines with lasers #tech #startup #fyp #submarine #diy
@fdotinc
Instagram · Vlog
@fdotinc he’s building self driving submarines with lasers #tech #startup #fyp #submarine #diy
Performance
Video #24516 · Vlog
[01]
The narrator introduces his friend's ambitious project: a self-driving submarine using lasers for communication. He then explains the origin of the project, introducing the team of 'nerds' and the core problem they aim to solve—the limitations of underwater communication. The video breaks down why current technologies fail and how their laser-based solution works, showcasing the hardware and the overall vision of an autonomous submarine network, concluding with the potential impact of their innovation.
[02]
[03]
[04]
[05]
What stops the scroll in the first 3 seconds
Title hook · 15%
So my friend
Verbal hook · 75%
So my friend, Vatsal, is building a self driving submarine that will send you messages with lasers.
Visual hook · 10%
A dynamic, close-up, slightly shaky shot of a person working on complex electronics and wiring inside a piece of machinery, creating a sense of immediate, hands-on action.
[06]
Steal this for your own video
My friend is building that can .
[07]
The promise the opener makes, and how the video pays it back
Hook
Present a seemingly impossible or futuristic concept, then immediately create a relatable bridge by acknowledging its complexity and introducing an expert to explain it.
Payoff
Restate the initial grand challenge and declare it solved by the new system, quantifying the new capabilities to demonstrate the scale of the achievement and provide narrative closure.
[08]
The structural pattern this video runs on
Framework
The Problem-Solution Breakthrough
Deconstruct a complex, ambitious project by first establishing the high-stakes problem it solves, then systematically revealing the unique technological solution piece by piece, creating a satisfying journey from confusion to clarity.
The Origin & Credibility
Establish the creators' expertise and passion by showcasing their past, related accomplishments to prove their capability.
The Grand Challenge & Stakes
Define the single, massive problem being solved and escalate its importance by linking it to high-value, real-world consequences and industries.
The Technical Barrier
Explain precisely why conventional methods or familiar technologies fail to solve this problem, creating a clear obstacle.
The Breakthrough Reveal
Introduce the core insight or technology that makes the solution possible, presented as a 'silver bullet' that overcomes the previously established barrier.
The Layered Explanation
Deconstruct the solution into its fundamental parts, explaining first the underlying scientific principle (the 'why it works') and then the physical implementation (the 'how it's built').
The System Integration
Show how all the individual components come together to form a complete, functional system that achieves the initial goal.
he’s building self driving submarines with lasers #tech #startup #fyp #submarine #diy
title · beginning
So my friend
title · beginning
self-driving submarine
title · beginning
will send you messages with lasers.
contextual · middle
Communication underwater.
contextual · middle
impossible
contextual · middle
lasers
branding · end
THALASSA
call-to-action · end
follow 4 pt. II
So my friend, Vatsal, is building a self driving submarine that will send you messages with lasers. I don't know what any of that means. But don't worse. I do. One year ago, Vatsal and his friends were a bunch of nerds obsessed with optical problems. Built that telescope back tier. Built these speakers back here just for fun. This is my death beam. All to solve one massive issue, communication underwater. Underwater messaging is super important to rank things like oil spills, cut cables, subsea infrastructure, nuclear submarines, rescue missions, billion dollar industry. But right no, that's impossible because things like wifi and Bluetooth don't travel very far underwater. But you know what does? Lasers. You said that in the begin Better and green wavelengths travel furthest underwater out of anything in the electromagnetic spectrum. By controlling every aspect of the beam, we can encode messages onto things like its strength or its frequency. And then we can place these lasers in these giant eyeballs that can rotate to point at each other. Then we take those eyeballs and place them in autonomous submarines that will travel the ocean floor to finally relay your message. Wow. Using this, we can transmit terabytes of anything from three d data to live video streams. Which would finally solve underwater communication.